CN109864722A - Human body physiological data intelligent monitor system and its monitoring method - Google Patents
Human body physiological data intelligent monitor system and its monitoring method Download PDFInfo
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Abstract
The present invention discloses a kind of human body physiological data intelligent monitor system and its monitoring method, it is provided with monitoring terminal and processing terminal, the monitoring terminal is connected with wrist strap, the wrist strap is discoloration wrist strap, the monitoring terminal acquires the physiological data of human body in real time, and the color change of wrist strap is controlled according to physiological data, which includes acquisition time and physiological values.The processing terminal is provided with NFC label, the monitoring terminal is connected with NFC reader, the monitoring terminal obtains the label information of NFC label by NFC reader, and wireless telecommunications are established with processing terminal according to label information and are connect, after establishing wireless telecommunications connection, the physiological data of acquisition is sent to processing terminal by the monitoring terminal, and the processing terminal handles physiological data, show that monitoring result is shown.
Description
Technical field
The present invention relates to using the sensing device for generating electric signal to carry out fields of measurement for diagnostic purposes, more particularly to
A kind of human body physiological data intelligent monitor system and its monitoring method
Background technique
Patient determines the physical condition of patient in order to facilitate doctor, requires the physiological characteristic number to patient after being hospitalized
According to being monitored.Existing hospital is all certain interval of time just to the physiological characteristic number of patient for not being critical patient
According to being detected.This mode is unable to real-time detection to the physiological data of patient, and some important physiological characteristics are fallen in easy omission
Data.For patient, physiological characteristic mutates in interval time, and doctor can not have found in time, it has not been convenient to which doctor determines
The physical condition of patient.
Summary of the invention
In order to solve the above technical problems, the present invention provides a kind of human body physiological data intelligent monitor system and its monitoring side
Method, the physiological data collection for being capable of real-time acquisition patient by monitoring terminal, prevents data from omitting, and according to collected physiology
Data control the color change of wrist strap, and patient's doctor physiological characteristic is prompted to change.Terminal is monitored by the physiological data of acquisition
It is sent to processing terminal to be handled, obtains monitoring information, doctor is facilitated to determine the physical condition of patient.
Technical solution is as follows:
A kind of human body physiological data intelligent monitor system is provided with monitoring terminal and processing terminal, monitoring terminal connection
There is wrist strap, which is discoloration wrist strap, and the monitoring terminal acquires the physiological data of human body in real time, and controls according to physiological data
The color change of wrist strap, the physiological data include acquisition time and physiological values.
The processing terminal is provided with NFC label, and the monitoring terminal is connected with NFC reader, and the monitoring terminal is logical
It crosses NFC reader and obtains the label information of NFC label, and wireless telecommunications are established with processing terminal according to label information and are connect,
After establishing wireless telecommunications connection, the physiological data of acquisition is sent to processing terminal, the processing terminal pair by the monitoring terminal
Physiological data is handled, and show that monitoring result is shown.
Monitoring terminal can be worn in patient's wrist by wrist strap, real-time perfoming physiological data collection, and energy basis is adopted
Collect physiological data and control wrist strap color change, doctor is facilitated to find the physiological characteristic variation of patient in time.Processing terminal can be passed through
It obtains monitoring information, doctor is facilitated to determine patient body situation.
Further, the wrist strap is provided with N root flexible fiber, and the surface of every flexible fiber is coated with electroluminescent change
Color film, the electrochomeric films are connected with power supply through switching circuit, and the monitoring terminal is controlled according to the physiological data of acquisition
The on-off of switching circuit.
Further, the wrist strap is provided with N root flexible fiber and switch control module, and the surface of the flexible fiber is set
It is equipped with the electrochomeric films band of at least 2 different colours, all electrochomeric films bands are in spiral shell along the surface of flexible fiber
Rotation distribution, and mutually insulated；
The switch control module is provided with multiple switch circuit, the kind of the switching circuit and the electrochomeric films band
Class corresponds, and all electrochomeric films bands connect power supply, the monitoring terminal root through corresponding switching circuit respectively
The on/off of every kind of electrochomeric films band is controlled according to the physiological data of acquisition.
Further, the wrist strap is provided with band body and switch control module, which is coated with M
The transparent electrochomeric films of layer, all electrochomeric films are superimposed, and color is different after energization；
The switch control module is provided with multiple switch circuit, all switching circuits and all electrochomeric films
It corresponds, all electrochomeric films connect power supply through corresponding switching circuit respectively, and the monitoring terminal is according to adopting
The physiological data of collection controls the on/off of every layer of electrochomeric films, and N and M are positive integer.
Further, the monitoring terminal is provided with
Bluetooth main side module, connect for establishing wireless telecommunications with processing terminal；
Acquisition module, for acquiring the physiological data of human body, which includes temperature data, blood pressure data, heart rate
Data, blood glucose level data and oximetry data；
Controller obtains the physiological data that acquisition module is sent, and physiological data is sent to memory storage, the control
Device processed controls the color change of the wrist strap, and synchronously control electricity according to the physiological data of storage or the memory capacity of memory
Source module is powered to NFC reader；
For the controller after the label information for getting NFC reader transmission, control power module gives Bluetooth communication mould
Block power supply, and wireless telecommunications are established with processing terminal according to label information control bluetooth communication and are connect.
Further, the acquisition module is provided with blood oxygen concentration sensor, blood sugar concentration sensor, sensing heart rate
Device, blood pressure sensor and body temperature transducer.
Further, the processing terminal is provided with
NFC label is stored with label information in the NFC label, which includes processing terminal information and pairing letter
Breath；
Bluetooth is connect from end module for establishing wireless telecommunications with monitoring terminal；
Processor, control bluetooth communication are established wireless telecommunications with monitoring terminal and are connect, and obtain monitoring terminal and send
Physiological data, processor generates monitoring information according to physiological data, and monitoring information is sent to display screen and is shown, and
It synchronizes and is sent to storage hard disk storage.
A kind of data interactive method of human body physiological data intelligent monitor system, comprising:
The physiological data of the monitoring terminal acquisition human body of intelligent monitor system and storage are supervised, and according to the physiological data of storage
It determines physical condition grade, when physical condition grade is lower than normal level, monitors terminal control wrist strap turn colors, and synchronous
It powers to NFC reader；
The monitoring terminal obtains the label information of the processing terminal of the intelligent monitor system, institute by NFC reader
Monitoring terminal is stated to set up wireless telecommunications with processing terminal according to label information and connect；
The processing terminal obtains the physiological data that monitoring terminal is sent by wireless network, and is generated according to physiological data
Monitoring information is shown.
Further, the monitoring terminal is provided with the corresponding normal range (NR) of every physiological data, the monitoring terminal
Determine whether the physiological data of acquisition has exception according to normal range (NR)；
If without exception, by physiological data storage to normal storage area；
If there is exception, by physiological data storage to abnormal memory block；
The monitoring terminal determines the appearance frequency of abnormal physiological data according to the physiological data stored in abnormal memory block
Rate, and physical condition grade is determined according to the frequency of occurrences.
Further, the monitoring terminal controls wrist strap turn colors, and control also according to the memory capacity of memory
Power module processed is powered to NFC reader.
The utility model has the advantages that being capable of real-time acquisition using human body physiological data intelligent monitor system of the invention and its monitoring method
The physiological data of human body, and wrist strap color change can be controlled according to acquisition physiological data, facilitate doctor to find patient's in time
Physiological characteristic variation.Monitoring terminal is that communication connection has been resettled after recognizing processing terminal, and power consumption is low, improves equipment
Working time, practical level is high, has a wide range of application.
Detailed description of the invention
Fig. 1 is system block diagram of the invention；
Fig. 2 is the system block diagram that terminal is monitored in Fig. 1；
Fig. 3 is the system block diagram of processing terminal in Fig. 1；
Fig. 4 is the system block diagram of acquisition module in Fig. 2；
Fig. 5 is the structural schematic diagram of the wrist strap of embodiment one；
Fig. 6 is the structural schematic diagram of the wrist strap of embodiment two；
Fig. 7 is the structural schematic diagram of the wrist strap of embodiment three；
Fig. 8 is monitoring flow chart；
Fig. 9 is the collecting flowchart figure for monitoring the physiological data of terminal.
Specific embodiment
Below with reference to embodiment and attached drawing, the invention will be further described.
Embodiment one, human body physiological data intelligent monitor system as shown in Figure 1 and Figure 2 are provided with monitoring terminal and processing
Terminal, monitoring terminal are provided with acquisition module, controller, bluetooth main side module, power module and memory, the acquisition module,
Bluetooth main side module, power module and memory are connect with controller respectively.
As shown in figure 4, the acquisition module is used to acquire physiological data, when which includes physiological values and acquisition
Between.The acquisition module is provided with blood oxygen concentration sensor, blood sugar concentration sensor, heart rate sensor, blood pressure sensor, body temperature
Sensor and signal processor.Signal processor controls this 5 sensor acquisitions accordingly according to preset acquisition time respectively
Physiological signal.
The blood oxygen concentration sensor, blood sugar concentration sensor, heart rate sensor, blood pressure sensor and body temperature transducer
It is connect respectively by corresponding signal processing circuit with signal processor.Blood oxygen concentration sensor, blood sugar concentration sensor, heart rate
The processing circuit of sensor, blood pressure sensor and the corresponding signal of body temperature transducer is existing signal processing circuit.
5 signal handlers are stored in the signal processor, this 5 signal handlers are respectively as follows:
The existing signal handler for being used to handle blood oxygen concentration sensor signal.
The existing signal handler for being used to handle blood sugar concentration sensor signal.
The existing signal handler for being used to handle heart rate sensor signal.
The existing signal handler for being used to handle blood pressure sensor signal.
The existing signal handler for being used to handle body temperature transducer signal.
This 5 signal handlers are corresponding with preset acquisition time respectively, and the signal processor is according to acquisition time
Corresponding signal handler is configured, and received physiological signal is handled according to signal handler, is obtained corresponding
Physiological data, and physiological data is sent to controller.
The corresponding normal range (NR) of 5 kinds of physiological characteristics is preset in the controller, controller will acquire according to normal range (NR)
Physiological data be stored separately, the physiological data storage of physiological values not in the normal range is to abnormal memory block, physiological values
Physiological data in the normal range is stored to normal storage area.
The physiological data that the controller can transfer the storage of normal storage area at interval of a period of time carries out aggregationization processing,
Will by aggregationization treated aggregation data be sent to memory storage, which includes physiological values maximum value, physiology
Numerical value minimum value and physiological values average value, to reduce data length, to store more data.
The controller determines the abnormal physiology of every physiological characteristic according to the physiological data stored in abnormal memory block
The frequency of occurrences of data and maximum physiological values, and physical condition grade is determined according to the frequency of occurrences and physiological values.
The monitoring terminal is connected with wrist strap, which is provided with N root flexible fiber 7, and all flexible fibers 7 are woven into band
Shape.As shown in figure 5, the surface of every flexible fiber 7 is coated with electrochomeric films 8, the electrochomeric films 8 are according to from inner
To outer sequence be disposed with basal layer 1, the first conductive layer 2, electrochromic layer 3, electrolyte layer 4, the second conductive layer 5 and
Insulating protective layer 6, second conductive layer 5 and insulating protective layer 6 are transparent.
First conductive layer 2 of the electrochomeric films 8 on all 7 surfaces of flexible fiber is grounded, and the second conductive layer 5 passes through
Same switching circuit connects DC power supply.The switching circuit is provided with triode, and the collector of the triode connects through protective resistance
DC power supply, emitter connect the second conductive layer 5, and base stage connects the control interface of the controller.
When physical condition grade is lower than normal condition, the control interface of the controller exports high level signal, makes three
Pole pipe conducting, the second conductive layer 5 obtain electric, shape between the second conductive layer 5, electrolyte layer 4, electrochromic layer 3 and the first conductive layer 2
At electric current, the color of electrochromic layer 3 is made to change, to prompt doctor to acquire data, so that doctor grasps physiology in time
Data.
The monitoring terminal is also connected with NFC reader, and the monitoring terminal is provided with power interface, the power interface with
Power module connection, the controller meeting timing controlled power module are powered to power interface.When the control interface of controller is defeated
Out when high level signal, the controller meeting synchronously control power module gives NFC reader continued power.
As shown in figure 3, the processing terminal is provided with NFC label, bluetooth communication, processor, storage hard disk and shows
Display screen, bluetooth communication, storage hard disk and display screen are connect with processor respectively, and label letter is stored in the NFC label
Breath, which includes processing terminal information and unpaired message.
When the controller reads the label information of NFC label by the NFC reader of work once electrified, controller control
Power module processed gives bluetooth main side module for power supply, and sets up communication connection from end module by bluetooth main side module and bluetooth,
The controller passes through the communication line set up and sends physiological data and aggregation data to processing terminal.
When patient gets monitoring terminal, the identity information of patient is written into controller by NFC reader and is hospitalized
Information, while controller sends data to processing terminal, controller by identity information and hospitalization information synchronize be sent to place
Manage terminal.
After being all sent the physiological data of storage and aggregation data, controller controls reservoir for original storage
Physiological data and aggregation data are all deleted, and memory space is vacateed, to continue to store physiological data.
The processor of the processing terminal by bluetooth from end module get physiological data and aggregation data after, using pre-
The data processing method first stored carries out data processing to every physiological data and aggregation data, obtains monitoring information, processor
Monitoring information is sent to display screen to show, and synchronizes and handles monitoring information transmission storage hard disk.
Embodiment two, embodiment two are roughly the same with embodiment one, as shown in fig. 6, its main distinction is: the wrist strap
It is provided with N root flexible fiber 7 and switch control module, the surface of the flexible fiber 7 is provided with the electroluminescent of at least 2 different colours
Optically variable films band 10, surface of all electrochomeric films bands 10 along flexible fiber 7 is in spiral distribution, and mutually insulated, should
Electrochomeric films band 10 is identical as the structure of electrochomeric films 8.
The switch control module is provided with driver, the signal input part of the driver and the control interface of monitoring terminal
Connection, the driver are connected with multiple switch circuit, and the type one of the switching circuit and the electrochromism strip 10 is a pair of
It answers, all electrochomeric films bands 10 connect power supply through corresponding switching circuit respectively.
The monitoring terminal determines physical condition grade, the electrochomeric films of each color according to the physiological data of acquisition
Band 10 respectively corresponds a physical condition grade, and the monitoring terminal sends corresponding control to driver according to physical condition grade
Signal processed, driver control corresponding switching circuit according to control signal and are connected, and wrist strap is made to be transformed to corresponding color.
Embodiment three, embodiment three are roughly the same with embodiment two, as shown in fig. 7, its main distinction is: the wrist strap
It is provided with band body 9 and switch control module, which is coated with M layers of transparent electrochomeric films 8, institute
There are electrochomeric films to be superimposed, and color is different after energization.
A kind of data interactive method of human body physiological data intelligent monitor system, as shown in Figure 8, Figure 9, comprising:
The physiological data and storage, the monitoring terminal of the monitoring terminal acquisition human body of intelligent monitor system are provided with items
The corresponding normal range (NR) of physiological data, the monitoring terminal determine whether the physiological data of acquisition has exception according to normal range (NR),
The physiological data includes physiological values and acquisition time
If physiological values are in the normal range, by physiological data storage to normal storage area.
If physiological values in the normal range, physiological data are not stored to abnormal memory block.
The monitoring terminal determines the appearance frequency of abnormal physiological data according to the physiological data stored in abnormal memory block
Rate, and physical condition grade is determined according to the frequency of occurrences.The frequency of occurrences is smaller, and physical condition higher grade, and the frequency of occurrences is bigger,
Physical condition lower grade.When physical condition grade is lower than normal level, terminal control wrist strap turn colors are monitored, and synchronous
It powers to NFC reader.
When doctor's monitoring terminal that processing terminal is close, the monitoring terminal obtains the intelligence by NFC reader
The label information of the processing terminal of monitoring system, the monitoring terminal set up wireless telecommunications according to label information and processing terminal
Connection.
The processing terminal obtains the physiological data that monitoring terminal is sent by wireless network, and uses existing physiology number
Monitoring information is generated to the physiological data got according to analysis method to show.The processing terminal is provided with data-interface,
Monitoring information can be sent to other equipment by data-interface by processing terminal.
Finally, it should be noted that foregoing description is only the preferred embodiment of the present invention, the ordinary skill people of this field
Member under the inspiration of the present invention, without prejudice to the purpose of the present invention and the claims, can make multiple similar tables
Show, such transformation is fallen within the scope of protection of the present invention.
Claims (10)
1. a kind of human body physiological data intelligent monitor system, is provided with monitoring terminal and processing terminal, the monitoring terminal are connected with
Wrist strap, it is characterised in that: the wrist strap is discoloration wrist strap, and the monitoring terminal acquires the physiological data of human body in real time, and according to life
Manage the color change of data control wrist strap；
The monitoring terminal is also connected with NFC reader, and the processing terminal is provided with NFC label, and the monitoring terminal passes through
NFC reader obtains the label information of NFC label, and establishes wireless telecommunications with processing terminal according to label information and connect, and is building
After vertical wireless telecommunications connection, the physiological data of acquisition is sent to processing terminal by the monitoring terminal, and the processing terminal is to life
Reason data are handled, and show that monitoring result is shown.
2. human body physiological data intelligent monitor system according to claim 1, it is characterised in that: the wrist strap is provided with N
The surface of root flexible fiber, every flexible fiber is coated with electrochomeric films, which connects through switching circuit
It is connected to power supply, the terminal that monitors is according to the on-off of the physiological data control switch circuit of acquisition.
3. human body physiological data intelligent monitor system according to claim 1, it is characterised in that: the wrist strap is provided with N
Root flexible fiber and switch control module, the surface of the flexible fiber are provided with the electrochomeric films of at least 2 different colours
Band, all electrochomeric films bands are in spiral distribution along the surface of flexible fiber, and mutually insulated；
The switch control module is provided with multiple switch circuit, the type one of the switching circuit and the electrochomeric films band
One is corresponding, and all electrochomeric films bands connect power supply through corresponding switching circuit respectively, and the monitoring terminal is according to adopting
The physiological data of collection controls the on/off of every kind of electrochomeric films band.
4. human body physiological data intelligent monitor system according to claim 1, it is characterised in that: the wrist strap is provided with wrist
Band main body and switch control module, the band body surface are coated with M layers of transparent electrochomeric films, and all electrochromism are thin
Film is superimposed, and color is different after energization；
The switch control module is provided with multiple switch circuit, and all switching circuits and all electrochomeric films are one by one
Corresponding, all electrochomeric films connect power supply through corresponding switching circuit respectively, and the monitoring terminal is according to acquisition
Physiological data controls the on/off of every layer of electrochomeric films.
5. human body physiological data intelligent monitor system according to claim 1, it is characterised in that: the monitoring terminal setting
Have:
Bluetooth main side module, connect for establishing wireless telecommunications with processing terminal；
Acquisition module, for acquiring the physiological data of human body, the physiological data include temperature data, blood pressure data, heart rate data,
Blood glucose level data and oximetry data；
Controller obtains the physiological data that acquisition module is sent, and physiological data is sent to memory storage, the controller
The color change of the wrist strap, and synchronously control power supply mould are controlled according to the memory capacity of the physiological data of storage or memory
Block is powered to NFC reader；
After the label information for getting NFC reader transmission, control power module supplies the controller to bluetooth communication
Electricity, and wireless telecommunications are established with processing terminal according to label information control bluetooth communication and are connect.
6. human body physiological data intelligent monitor system according to claim 5, it is characterised in that: the acquisition module setting
There are blood oxygen concentration sensor, blood sugar concentration sensor, heart rate sensor, blood pressure sensor and body temperature transducer.
7. human body physiological data intelligent monitor system according to claim 5, it is characterised in that: the processing terminal setting
Have:
NFC label is stored with label information in the NFC label, which includes processing terminal information and unpaired message；
Bluetooth is connect from end module for establishing wireless telecommunications with monitoring terminal；
Processor is established wireless telecommunications and connect for controlling bluetooth communication with monitoring terminal, and obtains monitoring terminal transmission
Physiological data, processor generates monitoring information according to physiological data, and monitoring information is sent to display screen and is shown, and
It synchronizes and is sent to storage hard disk storage.
8. a kind of data interactive method of human body physiological data intelligent monitor system characterized by comprising
The monitoring terminal of intelligent monitor system acquires the physiological data of human body and storage, and determines body according to the physiological data of storage
Body state grade monitors terminal control wrist strap turn colors, and be synchronized to NFC when physical condition grade is lower than normal level
Reader power supply；
The monitoring terminal obtains the label information of the processing terminal of the intelligent monitor system, the prison by NFC reader
Survey terminal is set up wireless telecommunications with processing terminal according to label information and is connect；
The processing terminal obtains the physiological data that monitoring terminal is sent by wireless network, and is generated and monitored according to physiological data
Information is shown.
9. the data interactive method of human body physiological data intelligent monitor system according to claim 8, it is characterised in that: institute
It states monitoring terminal and is provided with the corresponding normal range (NR) of every physiological data, the monitoring terminal determines acquisition according to normal range (NR)
Whether physiological data has exception；
If without exception, by physiological data storage to normal storage area；
If there is exception, by physiological data storage to abnormal memory block；
The monitoring terminal determines the frequency of occurrences of abnormal physiological data according to the physiological data stored in abnormal memory block, and
Physical condition grade is determined according to the frequency of occurrences.
10. the data interactive method of human body physiological data intelligent monitor system according to claim 8, it is characterised in that:
The monitoring terminal controls wrist strap turn colors also according to the memory capacity of memory, and control power module is read and write to NFC
Device power supply.
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Application publication date: 20190611 |